Wan Shan Wang

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About

Wan Shan Wang is a researcher whose work sits at the intersection of robotics, virtual simulation, and web-based 3D technologies. His primary research areas include motion simulation for industrial robots, flexible manufacturing systems, and the application of WebGL for browser-based 3D modeling without proprietary plugins. Wang’s major contributions lie in advancing the accessibility and visualization of robotic operations—particularly through his pioneering use of HTML5 and WebGL to create lightweight, plug-in-free simulations for robot motion. His 2013 paper, “Research on Motion Simulation for Robot Based on WebGL,” demonstrates how modern web technologies can democratize robotics simulation, enabling students and engineers to interact with 3D robotic models directly in a browser. In his 2014 work, “Researches on Virtual Machining Simulation of Flexible Manufacturing Cell Based on KUKA Robot,” Wang explored the integration of industrial robots with CNC machining centers to automate flexible manufacturing cells, enhancing the rationality and feasibility of autonomous operations. Though his citation counts are modest—each paper garnering 2 citations—his work represents an early, practical step toward web-accessible robotics, offering a foundation for future developments in virtual manufacturing and remote robot control.